CN101400017B - Method for continuously receiving broadcast multicast service data supporting evolution - Google Patents
Method for continuously receiving broadcast multicast service data supporting evolution Download PDFInfo
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- H04W72/30—Resource management for broadcast services
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- H04J2211/00—Orthogonal indexing scheme relating to orthogonal multiplex systems
- H04J2211/003—Orthogonal indexing scheme relating to orthogonal multiplex systems within particular systems or standards
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Abstract
A method for supporting enhancement type broadcasting service data reception comprises following steps: MCE receives message of'MBMS Session request start'sent by core network; MCE receives message and sends response information to core network; MCE sends message of' MBMS Session request start'to ENB, the message comprising information of adjacent cell; ENB broadcasts message of adjacent cell in local cell. When user receives MBMS service at SFN edge cell, if user wants to move to an ordinary cell, the user can entry into active mode and then switches into ordinary cell,which can reduces MBMS data loss; when UE moves from a cell using SC-PTM transmission mode to another cell using SC-PTM transmission mode, the inventive method can be used and data loss can be reduced.
Description
Technical field
The present invention relates to the communications field of Long Term Evolution, support to move in dissimilar minizones, receive the method for broadcast and multicast service data continuously as UE.
Background technology
Mobile management property entity (Mobility ManagementEntity in the enhanced wireless communications system; Hereinafter to be referred as MME) and user plane entity (User Plane Entity; Hereinafter to be referred as UPE) can be combined in the same entity; A plurality of MME/UPE and a plurality of ENB link, and an ENB and adjacent ENB link.In communication system, MME and UPE also can be two entities that are separated from each other, and the system configuration of this moment is as shown in Figure 1.A plurality of MME link through S1 interface and a plurality of ENB, and a plurality of UPE link through S1 interface and a plurality of ENB, and an ENB links through X2 interface and adjacent ENB.With reference to Fig. 1, wireless communication system has comprised a communication underlying network 100, a group enhanced base station E-Node B 104 and 105, and they provide service jointly in Routing Area TA.Wireless communication system can but be not limited only to based on FDMA communication system, based on the communication system of TDMA or based on the communication system of CDMA.Communication underlying network 109 has comprised mobile model management MME103 and user plane entity UPE 102.Each enhanced base station 104 and 105 provides service in each communication cell 106 and 107 of whole Routing Area.MME103; UPE102, E-NodeB 105, abide by practicable standard; For the mobile phone (hereinafter to be referred as MS) 108 that is operated within the communication cell provides radio communication service, UPE102 links to each other with Anchor101, above Anchor, receives the data that external network sends.Above said each system unit expection also can obtain from the angle of commerce.
In order effectively to utilize the resource of air interface, some business offer the user with broadcasting and multicast mode, these professional multimedia broadcast-multicast services (Multimedia Broadcast andMulticast Service, professional hereinafter to be referred as MBMS) that cry.It is professional that each MBMS business provides in the coverage of oneself.Each sub-district in the coverage, the signaling that has special control channel MCCH to come MBMS transmission.
In the enhanced wireless communications system, MBMS traffic transmission mode is with some is different under 3G.The MBMS business can be transmitted under single-carrier cell, if adjacent sub-district is professional with a kind of MBMS with same single carrier transmission, and it is professional to transmit this MBMS in a synchronous manner, and the signal that the user receives is the stack of two signal energies.If identical carrier wave is used in the sub-district of facing mutually, asynchronous transmission is professional with a kind of MBMS, and the signal of the adjacent cells that the user receives is an interference signal, has influenced the quality that the user receives MBMS.Therefore, in the enhanced wireless communications system, defined a continuous zone.In this zone, each enhanced base station uses same carrier synchronization transmission signals, improves the quality that user MBMS receives.This continuous zone is called the SFN zone.
SFN (Single Frequency Network) zone comprises one group of sub-district that the geographic area is continuous, and these sub-districts use same Radio Resource to come certain specific MBMS of synchronous transmission professional.The SFN zone belongs to and unique coverage that belongs to a MBMS.A SFN zone only comprises the sub-district of transmitting data.
The coverage of MBMS is the zone of a specific MBMS Session transfer of data.Many cell MBMSs retaining zone is one group of sub-district, and what these sub-districts covered is continuous zone, distributes same frequency band to give MBMS professional, has the ability and might come the MBMS transmission data through the pattern of SFN in this group sub-district.Many cell MBMSs retaining zone does not rely on the MBMS coverage, and cell MBMS retaining zone more than can be supported one or more SFN zone.For a geographic area, a specified frequency wave band only defines cell MBMS retaining zone more than.If same geographic area has defined a plurality of many cell MBMSs retaining zones, then these many cell MBMSs retaining zones have been assigned with different frequency bands.
In cell MBMS retaining zone more than, can comprise a plurality of SFN zone, in order to reduce interference, adjacent SFN can not use same frequency.
There are some researches show that all enhanced base station synchronous transmission MBMS data can be brought the raising on the significant performance.There is different techniques to reach synchronous that data are sent between the enhanced base station.A kind of is the method for synchronization that network provides, and transmission network reaches synchronously through a clock, can use the agreement of IEEE1588.This agreement can be coordinated a series of clocks on enhanced base station, is synchronous between them, and accuracy is at least in several microseconds.A kind of method is through a public satellite-signal, such as GPS, sends to enhanced base station to synchronizing signal.A kind of method be the UE air interface signals of assisting synchronously, this method is relatively wasted air resource.Adopt which kind of mode, also do not have final decision.No matter which kind of mode of employing, purpose all is to hope that the signal that enhanced base station sends is synchronous, so just can reach best performance.
The MBMS data that the synchronous reception enhanced base station of UE sends not only require enhanced base station synchronous, and the packet that also needs enhanced base station to send is the same, and UE just can do to unite and receive the signal that different enhanced base stations send like this.Guarantee that the packet that enhanced base station sends is the same; Need enhanced base station that identical data processing link is arranged; Concentrated Control Node of needs disposes the data processing link of enhanced base station so, such as, the configuration enhanced base station has identical RLC/MAC protocol parameter.Below, we claim that the physical entity at control module place is MCE, the enhanced base station that MCE is provided with same SFN scope has the configuration of identical RLC/MAC.Fig. 2 is the structure chart of EMBMS, wherein, has increased a node newly, is MCE.Dispatch MBMS in the zone of MCE configuration SFN.
Sub-district in SFN zone the inside can be divided into three types, and one type is cried transmission and advertisement sub-district, and one type is cried and only transmits the sub-district, and one type is cried the reservation sub-district in addition.In transmission and advertisement sub-district, promptly transmit the control channel of eMBMS, also transmit data channel.Only transmitting the sub-district, only transmit data, keeping the sub-district, i.e. control information transmission not, also transmitting data information not.The resource that is used for the SFN transmission can be distributed to other business use.In SFN zone, the eMBMS data are with the point of the many sub-districts transmission mode to multiple spot (MC-PTM), just SFN transmission mode.
Not belonging to the sub-district in SFN zone, is exactly common sub-district.In common sub-district, use the transmission mode of the point of single sub-district to multiple spot (SC-PTM).
When the user is that the sub-district of MC-PTM moves to the sub-district that transmission mode is SC-PTM from transmission mode; If the user of idle pulley will carry out the gravity treatment of sub-district earlier, if first user; The data that also need ENB to set up with core net connect, and have introduced loss of data in this process.
When the user moves in the MC-PTM zone, if moved to the reservation sub-district, perhaps moved to and only transmitted the sub-district, how to keep the continuity reception of data also to need to consider.
Present solution is the indication of the edge cell of edge cell broadcasting of SFN, and through this indication, the user knows and oneself arrived edge cell.Let the user of idle pulley, one gets into the edge cell in SFN zone, just enters into connection mode, and MCE can determine to use the mode of SC-PTM to the user data to be provided.But the shortcoming of this scheme is, if the user is mobile, perhaps moves to the inner sub-district of SFN scope from edge cell, and UE there is no need to remain on connection mode always, also can receive data.If this edge cell has many consumers, so, a lot of all compulsory connection modes that entered into of user.This there is no need.
Summary of the invention
The purpose of this invention is to provide the method that a kind of support of enhanced broadcast service data receives, make and have only the user that will move to common sub-district, enter into connection mode in advance.
For realizing above-mentioned purpose, the method that a kind of support of enhanced broadcast service data receives comprises step:
MCE receive that core net sends " MBMS Session begins request information;
After MCE receives message, send response message and give core net;
" MBMS Session begins request information to MCE, comprises the information of adjacent cells in the said message to the ENB transmission;
ENB is in the information of this Cell Broadcast CB adjacent cells.
When the user receives MBMS professional the time in the SFN edge cell, if the user will move to a common sub-district,, can make the user enter into activity pattern according to the present invention, switch to common sub-district then, can reduce losing of MBMS data.When UE uses the sub-district of SC-PTM transmission mode to move from the sub-district of using the SC-PTM transmission mode to another, also can adopt method of the present invention, can reduce losing of data.
Description of drawings
Fig. 1 is the module map that is applicable to wireless communication system of the present invention;
Fig. 2 is applicable to structure chart of the present invention;
Fig. 3 is embodiments of the invention 1;
Fig. 4 is embodiments of the invention 2;
Fig. 5 is embodiments of the invention 3;
Fig. 6 is embodiments of the invention 4;
Fig. 7 is the action specification one of UE of the present invention;
Fig. 8 is the action specification two of UE of the present invention;
Fig. 9 is the action specification three of UE of the present invention;
Figure 10 is the action specification four of UE of the present invention.
Embodiment
The embodiment of the invention 1 is as shown in Figure 3.Be detailed description below to this figure.In the following description the technology that has nothing to do with the present invention has been ignored detailed technical descriptioon.
Step 301, MCE receive that core net sends " MBMS Session begins request information, and the core net among the present invention is a logic entity, comprises user plane and control plane.Angle from RAN is referred to as core net to them.Comprise professional sign in the message of this step, traffic bearer services type, RAB parameter, professional service range, the time of professional beginning.The prime area of MBMS SFN, the address of the user plane of MBMS transmission data.
The traffic bearer services type can be arranged to " broadcasting service " perhaps " reinforced broadcast service ".The RAB parameter comprises the attribute of all RAB, such as peak transfer rate, and maximum SDU length etc.Professional service range comprises the tabulation of a service range sign, and each service range sign can be mapped to one or more sub-district.
Step 302 after MCE receives message, is sent response message and is given core net.
Step 303, the radio-resource-configuration that the MCE decision is used in the inside, SFN zone, such as the frequency of using, the Resource Block of time, the configuration information of RLC/MAC.MCE gives the sub-district below the initial SFN zone; Send MBMS Session and begin request message; The message the inside also comprises the configuration of the Radio Resource that uses in the SFN zone except comprising the parameter of 301 message the inside, comprises the address of the user plane of MBMS transmission data.The address of this user plane is the address of sending the network node of MBMS data, is that MCE obtains from network in 301 steps.The information that also comprises adjacent cells in the message.The information of adjacent cells comprises the character of adjacent cells and information that can unique distinguishing cell.Optional, this message also comprises metrical information, and metrical information comprises the channel that requirement UE measures, the parameter that measure and let UE judge whether to enter into the threshold value of connection mode.
The information of adjacent cells comprises the character of adjacent cells, comprise can unique distinguishing cell sign indicating number information, such as the sign of the main scrambler that uses.The character of sub-district is to MBMS.Under the SFN pattern, divide into three kinds for a short time in the SFN scope: one type is cried transmission and advertisement sub-district, and one type is cried and only transmits the sub-district, and one type is cried the reservation sub-district in addition.The sub-district in the SFN scope is not exactly the common sub-district among the present invention.Common sub-district is without the SFN transmission mode, in common sub-district, use be SC-PTM, the radio-resource-configuration of SC-PTM is that ENB decides.Whether the character of adjacent cells, indicating this sub-district is a common sub-district.In the present invention, only need indicate adjacent cells is a common sub-district or the sub-district of a SFN scope, just can adopt method of the present invention, but does not get rid of the type that can indicate sub-district in the SFN scope in detail.
For instance, the information spinner of adjacent cells will comprise:
The main scrambler sign of ■ adjacent cells
The character of ■ adjacent cells: common sub-district.
Step 304, ENB sends " MBMS Session begins response message " and gives MCE.
Step 305, ENB sends message for the address of corresponding user plane according to the address of the user plane of the MBMS data of receiving, requires to join in the reception group of user plane.This message can utilize existing ordered multicast-IGMP to add order.
The embodiment of the invention 2 is as shown in Figure 4.Be detailed description below to this figure.In the following description the technology that has nothing to do with the present invention has been ignored detailed technical descriptioon.
Step 401, MCE receive that core net sends " MBMS Session begins request information, and the core net among the present invention is a logic entity, comprises user plane and control plane.Angle from Radio Access Network is referred to as core net to them.Comprise professional sign in the message of this step, traffic bearer services type, RAB parameter; Professional service range, the time of professional beginning, the address of the user plane of MBMS transmission data; The address of this user plane is the address of sending the network node of MBMS data
The traffic bearer services type can be arranged to " broadcasting service " perhaps " reinforced broadcast service ".The RAB parameter comprises all with the relevant attribute of service quality, such as peak transfer rate, and maximum SDU length etc.Professional service range comprises the tabulation of a service range sign, and each service range sign can be mapped to one or more sub-district.
Step 402 after MCE receives message, is sent response message and is given core net.
Step 403, MCE gives following all sub-districts, sends MBMS Session and begins request message, and the message the inside comprises the parameter of 401 message the inside, can also comprise MCE and require ENB to carry out the information of user's statistics.Such as carry out the indication of user's statistics, the cycle of user's statistics.ENB receives the indication that the user adds up, and carries out user's statistic processes at once.ENB receives the cycle that the user adds up, and carry out user's statistics according to this cycle, and report statistics to MCE.MCE sends the message of 403 steps also can only for all sub-districts in the service range.Optional, this message also comprises metrical information, and metrical information comprises the channel that requirement UE measures, the parameter that measure and let UE judge whether to enter into the threshold value of connection mode.
Step 404, ENB sends " MBMS Session begins response message " and gives MCE.
Step 405, ENB sends the indication of MBMS user's statistics on MBMS control channel MCCH.
Step 406 is sent up signaling to this professional users interest, and the message the inside comprises the professional sign of user's interest.
Step 407, the number of users of ENB statistics is given MCE through the message informing of 407 steps.Some information that can also comprise this sub-district in this message, such as, the main scrambler that use the sub-district.Also can be merged into a message to 404 steps and 407 steps, ENB carries out after user's statistic processes, sends " MBMS Session begins response " message then.Comprise the information that 403 steps and 407 steps are mentioned in the message.
Step 408, MCE decides the scope of SFN according to what of the number of users of each sub-district statistics, determines the character of each sub-district.MCE sends the Radio Resource that transmission data in the SFN scope are disposed in order for the sub-district in the SFN scope.Comprise professional sign in the message, the character of sub-district, the configuration of SFN, the information of adjacent cells.
The information of adjacent cells comprises the character of adjacent cells, comprise can unique distinguishing cell sign indicating number information, such as the sign of the main scrambler that uses.The character of sub-district is to MBMS.Under the SFN pattern, divide into three kinds for a short time in the SFN scope: one type is cried transmission and advertisement sub-district, and one type is cried and only transmits the sub-district, and one type is cried the reservation sub-district in addition.The sub-district in the SFN scope is not exactly the common sub-district among the present invention.Common sub-district is without the SFN transmission mode, in common sub-district, use be SC-PTM, the radio-resource-configuration of SC-PTM is that ENB decides.Whether the character of adjacent cells, indicating this sub-district is a common sub-district.In the present invention, only need indicate adjacent cells is a common sub-district or the sub-district of a SFN scope, just can adopt method of the present invention, but does not get rid of the type that can indicate sub-district in the SFN scope in detail.
Information that can unique distinguishing cell can be main scrambler.
For instance, the information spinner of adjacent cells will comprise:
The main scrambler sign of ■ adjacent cells
The character of ■ adjacent cells: common sub-district.
Step 409, ENB sends response message and gives MCE.
Step 410, ENB is according to the address of the user plane of the MBMS data of receiving, and ENB sends message for the address of corresponding user plane, requires to join in the reception group of user plane.This message can utilize existing ordered multicast-IGMP to add order.
Step 411, ENB sends the control information of MBMS on MBMS control channel MCCH.Control information comprises the service identification of MBMS, the sign that MBMS begins, the information of the Radio Resource of the use of MBMS, the information and the metrical information of adjacent cells in addition.Metrical information comprises the channel that requirement UE measures, the parameter of measurement, such as the metrical information indication is measured the power of MCCH channel and is let UE judge whether to enter into the threshold value of connection mode.This metrical information can be that MCE sends in 403 steps, or ENB oneself is fixed.According to the comparison of measurement result and this threshold value, UE can know the edge that oneself has moved to the sub-district.The realization of this threshold value can have multiple mode, such as the received energy threshold value of MCCH, the energy threshold value of the navigation channels of this sub-district, the energy threshold value of the navigation channels of adjacent cells.UE preserves these information, and uses these parameters according to following action specification.
Embodiments of the invention 3 are as shown in Figure 5.Be detailed description below to this figure.In the following description the technology that has nothing to do with the present invention has been ignored detailed technical descriptioon.
501 steps, UE measures according to the requirement of the metrical information of the transmission of ENB, and the action specification of UE is at Fig. 7, Fig. 8; Describe among Fig. 9 and Figure 10, according to action specification, if UE need enter into activity pattern; UE sends 501 message, and the RRC connection request comprises the sign of UE in the message; The sign of PLMN, the ability of UE is set up reason.Optional, comprising the MBMS measurement result in the message, this measurement result is to measure according to the metrical information of MCCH broadcasting.Such as MCCH broadcasting be to let the energy of the pilot channel of surveying adjacent cells, this result has just comprised the measurement result to the pilot channel of adjacent cells.Optional, comprising an indication in the message, it is because the signal of measuring is lower than or is higher than threshold value that indication UE sets up the RRC connection, wants to switch to the purpose sub-district.Optional, comprise the sign of the sub-district of measurement in the message.
502 steps, ENB sends RRC and connects configuration messages.Comprise the configuration of Radio Resource in the message, the configuration of measurement.
503 steps, UE sends the RRC connection setup complete message.Optional, comprising the MBMS measurement result in the message, this measurement result is to measure according to the metrical information of MCCH broadcasting.Such as MCCH broadcasting be to let the energy of the pilot channel of surveying adjacent cells, this result has just comprised the measurement result to the pilot channel of adjacent cells.Optional, comprising an indication in the message, it is because the signal of measuring is lower than or is higher than threshold value that indication UE sets up the RRC connection, wants to switch to the purpose sub-district.Optional, comprise the sign of the sub-district of measurement in the message.
504 steps, the cell-of-origin is sent handoff request message and is given the purpose sub-district.The sign that comprises UE in the message, the professional sign of the interested MBMS of UE.
505 steps, if the purpose sub-district does not also begin to receive the MBMS data, the purpose sub-district will join in the multicast group of MBMS reception so.Purpose ENB adds order for the transmission IMGP of core net.
506 steps, the purpose sub-district is sent handover request ack message and is given the cell-of-origin.Comprise the configuration of giving user's assigned radio resource of purpose sub-district in the message, comprise that the purpose sub-district is the configuration of MBMS transmission assigned radio resource.
507 steps, the cell-of-origin is sent switching command and is given UE.Comprise the configuration of Radio Resource in the message, comprise that the purpose sub-district is the configuration of the transmission assigned radio resource of MBMS.
508 steps, UE sends to switch and accomplishes order to the purpose sub-district.
The embodiment of the invention 4 is as shown in Figure 6.Be detailed description below to this figure.In the following description the technology that has nothing to do with the present invention has been ignored detailed technical descriptioon.
601 steps, UE measures according to the requirement of the metrical information of ENB, and the action specification of UE is at Fig. 7, Fig. 8; Describe among Fig. 9 and Figure 10, according to action specification, if UE need enter into activity pattern; UE sends 601 message, and the RRC connection request comprises the sign of UE in the message; The sign of PLMN, the ability of UE is set up reason.Optional, comprising the MBMS measurement result in the message, this measurement result is to measure according to the metrical information of MCCH broadcasting.Such as MCCH broadcasting be to let the energy of surveying MBMS data channel or control channel, this result has just comprised the measurement result to data channel or control channel.Optional, comprise an indication in the message, it is because the signal of measuring is lower than or is higher than threshold value that indication UE sets up that RRC connects.
602 steps, ENB sends RRC and connects configuration messages.Comprise the configuration of Radio Resource in the message, the configuration of measurement.
603 steps, UE sends the RRC connection setup complete message.Optional, comprising the MBMS measurement result in the message, this measurement result is to measure according to the metrical information of MCCH broadcasting.Such as MCCH broadcasting be to let the energy of surveying MBMS data channel or control channel, this result has just comprised the measurement result to data channel or control channel.Optional, comprise an indication in the message, it is because the signal of measuring is lower than or is higher than threshold value that indication UE sets up that RRC connects.
604 steps, cell-of-origin are sent " measuring control " information and are given UE,
605 steps, UE sends " measurement report " and gives ENB
606 steps, the measurement report that send according to UE the cell-of-origin, decision is sent handoff request message and is given the purpose sub-district.The sign that comprises UE in the message, the sign that the MBMS that UE adds is professional.
607 steps, if the purpose sub-district does not also begin to receive the MBMS data, the purpose sub-district will join in the multicast group of MBMS reception so.Purpose ENB adds order for the transmission IMGP of core net.
608 steps, the purpose sub-district is sent handover request ack message and is given the cell-of-origin.Comprise the configuration of giving user's assigned radio resource of purpose sub-district in the message, comprise that the purpose sub-district is the configuration of MBMS transmission assigned radio resource.
609 steps, the cell-of-origin is sent switching command and is given UE.Comprise the configuration of Radio Resource in the message, comprise that the purpose sub-district is the configuration of the transmission assigned radio resource of MBMS.
610 steps, UE sends to switch and accomplishes order to the purpose sub-district.
Fig. 7 is the action specification one of UE.
701 steps, UE receives the information on the MBMS control channel, and preserves.Information transmitted has the MBMS service identification on the control channel, the configuration of Radio Resource, the information of adjacent cells, metrical information.
The information of adjacent cells comprises the character of adjacent cells, comprise can unique distinguishing cell sign indicating number information, such as the sign of the main scrambler that uses.
Metrical information comprises the channel indication that will measure, and the parameter that measure is judged the threshold value whether UE will get into activity pattern in addition.If require to measure MCCH power, UE measures MCCH, compares measurement result with this threshold value, judges whether UE has arrived cell edge.
Step 702, UE measures MCCH, compares measurement result with threshold value.If measurement result, such as what measure is power, the power that measures be less than threshold value, so, UE just thinks the edge that oneself has arrived the sub-district.Carry out 704 steps then, otherwise UE continues the MCCH channel is measured.In 704 steps, UE listens to the signal of adjacent cells, and adjacent cells is measured.When UE carries out neighbor cell measurement, can at first read the synchronizing channel of adjacent cells.The main scrambler that has adjacent cells to use on the synchronizing channel.Also can obtain the main scrambler that adjacent cells is used through navigation (pilot) channel of measuring adjacent cells.
Step 705, UE has preserved the main scrambler of adjacent cells and the correspondence of sub-district character, and whether UE can judge adjacent cells is a common sub-district.If, carrying out 707 steps, UE initiates up signaling, and such as being that request message is set up in wireless connections, ENB sends the wireless connections response message then, makes UE enter into activity pattern.This process is utilized the signaling procedure of idle pulley to the activity pattern conversion.The process of back is described in embodiment three, four.If not common sub-district, adjacent cells is the sub-district in the SFN scope so, and UE can remain on idle pulley.
Fig. 8 is the action specification two of UE.
801 steps, UE receives the information on the MBMS control channel, and preserves.Information transmitted has the MBMS service identification on the control channel, the configuration of Radio Resource, the information of adjacent cells.The information of adjacent cells, metrical information.
The information of adjacent cells comprises the character of adjacent cells, comprise can unique distinguishing cell sign indicating number information, such as the sign of the main scrambler that uses.
Metrical information comprises the channel indication that will measure, and the parameter that measure is judged the threshold value whether UE will get into activity pattern in addition.If adjacent cells navigation channels power is measured; UE measures adjacent cells navigation channels power; Compare measurement result with this threshold value; Judge whether UE has arrived cell edge,, explain that then the user has arrived the edge of sub-district if measurement result is higher than thresholding.
Step 802, UE measures the channel of adjacent cells, compares measurement result with threshold value.If measurement result, such as what measure is power, the power that measures be greater than threshold value, so, UE just thinks and carries out 804 steps then in the edge that oneself has arrived the sub-district, otherwise UE continues the channel of adjacent cells is measured.In 804 steps, UE listens to the signal of adjacent cells, when UE carries out neighbor cell measurement, can at first read the synchronizing channel of adjacent cells.The main scrambler sign that has adjacent cells to use on the synchronizing channel.Which main scrambler what also can know that adjacent cells uses through navigation (pilot) channel of measuring adjacent cells is.
Step 805, UE has preserved the main scrambler of adjacent cells and the correspondence of sub-district character, and whether UE can judge adjacent cells is a common sub-district.If, carrying out 807 steps, UE initiates up signaling, and such as being that request message is set up in wireless connections, ENB sends the wireless connections response message then, makes UE enter into activity pattern.This process is utilized the signaling procedure of idle pulley to the activity pattern conversion.The process of back is described at embodiment three.If not common sub-district, carry out 808 steps so, adjacent cells is the sub-district in the SFN scope, UE can remain on idle pulley.
Fig. 9 is the action specification three of UE.
901 steps, UE receives the information on the MBMS control channel, and preserves.Information transmitted has the MBMS service identification on the control channel, the configuration of Radio Resource, the information of adjacent cells, metrical information.
The information of adjacent cells comprises the character of adjacent cells, comprise can unique distinguishing cell sign indicating number information, such as the sign of the main scrambler that uses.
Metrical information comprises the channel indication that will measure, and the parameter that measure is judged the threshold value whether UE will get into activity pattern in addition.If require the power of this sub-district navigation channels is measured; UE measures this sub-district navigation channels power; Compare measurement result with this threshold value; Judge whether UE has arrived cell edge,, explain that then the user has arrived the edge of sub-district if measurement result is lower than thresholding.
Step 902, UE measures the navigation channels of this sub-district, compares measurement result with threshold value.If measurement result, such as what measure is power, the power that measures be less than threshold value, so, UE just thinks the edge that oneself has arrived the sub-district.Carry out 904 steps then, otherwise UE continues navigation channels is measured.In 904 steps, UE listens to the signal of adjacent cells, and adjacent cells is measured.When UE carries out neighbor cell measurement, can at first read the synchronizing channel of adjacent cells.The main scrambler that has adjacent cells to use on the synchronizing channel.Also can obtain the main scrambler that adjacent cells is used through navigation (pilot) channel of measuring adjacent cells.
Step 905, UE has preserved the main scrambler of adjacent cells and the correspondence of sub-district character, and whether UE can judge adjacent cells is a common sub-district.If, carrying out 907 steps, UE initiates up signaling, and such as being that request message is set up in wireless connections, ENB sends the wireless connections response message then, makes UE enter into activity pattern.The process of back is described in embodiment three, four.This process is utilized the signaling procedure of idle pulley to the activity pattern conversion.If not common sub-district, adjacent cells is the sub-district in the SFN scope so, and UE can remain on idle pulley.
Figure 10 is the action specification four of UE.
1001 steps, UE receives the information on the MBMS control channel, and preserves.Information transmitted has the MBMS service identification on the control channel, the configuration of Radio Resource, metrical information.
Metrical information comprises the channel indication that will measure, and the parameter that measure is judged the threshold value whether UE will get into activity pattern in addition.If threshold value is the threshold value of this cell MBMS data channel or control channel received power; UE measures this cell MBMS data channel or control channel power; Compare measurement result with this threshold value; Judge whether UE has arrived cell edge,, explain that then the user has arrived the edge of sub-district if measurement result is lower than thresholding.In the zone the inside of closing on common sub-district, be the gain that does not divide collection, the signal of therefore measuring in this inside, zone is than little in the signal strength signal intensity of the sub-district of closing on the SFN zone.Through a suitable threshold value is set, can let UE only require to enter into activity pattern in the inside, zone near common sub-district.
Step 1002, UE measures the MBMS data channel or the control channel of this sub-district, compares measurement result with threshold value.The power that measures is less than threshold value, and so, UE just thinks the edge that oneself has arrived the sub-district.Carry out 1004 steps then, UE initiates up signaling, and such as being that request message is set up in wireless connections, ENB sends the wireless connections response message then, makes UE enter into activity pattern.This process is utilized the signaling procedure of idle pulley to the activity pattern conversion.Be described for four li at embodiment.Otherwise,, proceed the measurement of MBMS data channel to 1002 steps.
Although the present invention is described according to described embodiment, it is pointed out that these embodiment are used for explaining, rather than be used for the present invention is limited.Those of ordinary skill in the art can be easy to these embodiment are changed, increase, delete any step and do not break away from the spirit and scope of the present invention.
Claims (18)
1. the method that receives of a support of enhanced broadcast service data comprises step:
MCE receive that core net sends " MBMS Session begins request information;
After MCE receives message, send response message and give core net;
" MBMS Session begins request information to MCE, comprises the information of adjacent cells in the said message to the ENB transmission;
ENB is in the information of this Cell Broadcast CB adjacent cells.
2. method according to claim 1 is characterized in that also comprising step:
ENB sends the control information of MBMS on this cell MBMS control channel, said control information comprises metrical information.
3. method according to claim 1 is characterized in that also comprising step:
UE sends upstream message, and request enters into connection mode;
ENB sends downstream message to UE, makes the user enter into connection mode;
ENB sends the message of handoff request for the purpose sub-district;
Switching response message is sent to the cell-of-origin in the purpose sub-district;
ENB sends switching command message to UE;
UE sends handoff completion message and gives the purpose sub-district.
4. method according to claim 1 is characterized in that also comprising step:
UE sends upstream message, and request enters into connection mode;
ENB sends downstream message to UE, makes the user enter into connection mode;
ENB sends the order of measuring control to UE;
UE sends measurement report and gives ENB;
ENB sends the message of handoff request for the purpose sub-district;
Switching response message is sent to the cell-of-origin in the purpose sub-district;
ENB sends switching command message to UE.
5. method according to claim 1 is characterized in that the information of said adjacent cells comprises the sign of the sign indicating number of unique identification sub-district.
6. method according to claim 1 is characterized in that the information of said adjacent cells comprises the character of adjacent cells.
7. method according to claim 6, the character that it is characterized in that said adjacent cells comprises the sub-district of common sub-district or SFN scope.
8. method according to claim 2 is characterized in that said metrical information comprises the channel that requirement UE measures, the parameter that measure and let UE judge whether to enter into the threshold value of connection mode.
9. method according to claim 8 is characterized in that said threshold value is the threshold value of MCCH channel energy.
10. method according to claim 8 is characterized in that said threshold value is the threshold value of this sub-district navigation channels.
11. method according to claim 8 is characterized in that said threshold value is the threshold value of adjacent cells navigation channels.
12. method according to claim 8 is characterized in that said threshold value is the threshold value of the signal energy of the MBMS data that receive of this sub-district.
13. method according to claim 1 is characterized in that also comprising:
UE calculates the MCCH signal strength signal intensity of this sub-district that receives;
UE measures the signal of adjacent cells, obtains the sign indicating number of the unique identification sub-district of adjacent cells use, according to the information of preserving, knows the character of adjacent cells;
If the MCCH signal strength signal intensity of measuring is less than threshold value, and adjacent cells is a common sub-district, and UE initiatively sends upstream message, enters into activity pattern.
14. method according to claim 1 is characterized in that also comprising:
UE measures the signal of adjacent cells, is higher than threshold value if UE finds the signal strength signal intensity of adjacent cells, and adjacent cells is common sub-district, and UE initiatively sends upstream message, enters into activity pattern.
15. method according to claim 1 is characterized in that also comprising:
UE measures the signal strength signal intensity of this sub-district navigation channels;
If UE finds the signal strength signal intensity of this sub-district navigation channels and be lower than threshold value, and adjacent cells is common sub-district, and UE initiatively sends upstream message, enters into activity pattern.
16. method according to claim 1 is characterized in that also comprising, is lower than threshold value if UE finds the signal energy of the MBMS data of this sub-district, UE initiatively sends upstream message, enters into activity pattern.
17. the method that the support of enhanced broadcast service data receives comprises step:
MCE receive that core net sends " MBMS Session begins request information;
After MCE receives message, send response message and give core net;
MCE sends to following all sub-districts that " MBMS Session begins request information, comprises in the said message that requirement ENB carries out the information of user statistics;
ENB sends the indication of MBMS user's statistics on the MBMS control channel;
The number of users of ENB statistics sends to MCE;
MCE is according to the scope that how much decides SFN of the number of users of each sub-district statistics and determine the character of each sub-district.
18. method according to claim 17 is characterized in that also comprising step:
ENB sends the control information of MBMS on the MBMS control channel, said control information comprises the information and the metrical information of adjacent cells.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710164105A CN101400017B (en) | 2007-09-29 | 2007-09-29 | Method for continuously receiving broadcast multicast service data supporting evolution |
| KR1020080081399A KR101542147B1 (en) | 2007-09-29 | 2008-08-20 | Method for supporting continuous reception of evolved broadcast and multicast service data |
| PCT/KR2008/005443 WO2009045006A1 (en) | 2007-09-29 | 2008-09-16 | Method for supporting continuous reception of evolved broadcast and multicast service data |
| US12/680,395 US8311015B2 (en) | 2007-09-29 | 2008-09-16 | Method for supporting continuous reception of evolved broadcast and multicast service data |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN200710164105A CN101400017B (en) | 2007-09-29 | 2007-09-29 | Method for continuously receiving broadcast multicast service data supporting evolution |
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| CN101400017A CN101400017A (en) | 2009-04-01 |
| CN101400017B true CN101400017B (en) | 2012-09-19 |
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| CN200710164105A Expired - Fee Related CN101400017B (en) | 2007-09-29 | 2007-09-29 | Method for continuously receiving broadcast multicast service data supporting evolution |
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| KR (1) | KR101542147B1 (en) |
| CN (1) | CN101400017B (en) |
| WO (1) | WO2009045006A1 (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| KR101542147B1 (en) | 2015-08-05 |
| US8311015B2 (en) | 2012-11-13 |
| US20100254352A1 (en) | 2010-10-07 |
| KR20090033313A (en) | 2009-04-02 |
| CN101400017A (en) | 2009-04-01 |
| WO2009045006A1 (en) | 2009-04-09 |
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